An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter switching frequency is presented in this paper. The Adaptive-Frequency-Optimization (AFO) method changes the DC-DC converter switching frequency while tracking the converter minimum input power (maximum efficiency) point under variable conditions including variable load and variable input voltage. The AFO digital controller continuously finds the optimum switching frequency that will result in the minimum total loss while converter parameters and conditions vary. In this paper, the AFO method is discussed analyzed and its digital control algorithm and experimental implementation are presented. © 2007 IEEE
A switching frequency auto-tuning digital controller for a power converter with adaptive step-size i...
An adaptive control method, to be called maximum efficiency point tracking (MEPT), is presented in t...
Adaptive control method, to be called Maximum Efficiency Point Tracking (MEPT), is presented in this...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
The design optimization of DC-DC converters requires the optimum selection of several parameters to ...
A Multivariable Adaptive digital Controller to optimize DC-DC converter switching frequency and dead...
An adaptive digital controller with maximum efficiency point tracking to optimize the FETs\u27 switc...
This paper presents the analysis and implementation of a digital controller with adaptive autotuning...
A dynamic algorithm to avoid limit cycle oscillation problems and to improve stability in digitally ...
Tight regulation of the output voltage is often required in many power supply applications, despite ...
An adaptive-step-size auto-tuning algorithm and controller for power converters\u27 switching freque...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
A switching frequency auto-tuning digital controller for a power converter with adaptive step-size i...
An adaptive control method, to be called maximum efficiency point tracking (MEPT), is presented in t...
Adaptive control method, to be called Maximum Efficiency Point Tracking (MEPT), is presented in this...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
An auto-tuning adaptive digital controller with maximum efficiency point tracking to optimize dc-dc ...
The design optimization of DC-DC converters requires the optimum selection of several parameters to ...
A Multivariable Adaptive digital Controller to optimize DC-DC converter switching frequency and dead...
An adaptive digital controller with maximum efficiency point tracking to optimize the FETs\u27 switc...
This paper presents the analysis and implementation of a digital controller with adaptive autotuning...
A dynamic algorithm to avoid limit cycle oscillation problems and to improve stability in digitally ...
Tight regulation of the output voltage is often required in many power supply applications, despite ...
An adaptive-step-size auto-tuning algorithm and controller for power converters\u27 switching freque...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
An adaptive-step-size autotuning algorithm and controller for power converters\u27 switching frequen...
A switching frequency auto-tuning digital controller for a power converter with adaptive step-size i...
An adaptive control method, to be called maximum efficiency point tracking (MEPT), is presented in t...
Adaptive control method, to be called Maximum Efficiency Point Tracking (MEPT), is presented in this...